Please read this https://www.researchgate.net/pub...
Abstract
Multiplying radius r of a particle on both sides of the de Broglie relation equation produces angular momentum at the bottom of the equation. This relationship can enable us determine atoms and Subatomic particle sizes as I have clearly explained in this paper. We can use this do determine the relationship between particle size, charge, half life etc. especially when we now know how fast these Subatomic particles spin. This would help us better understand charge. A particle with a bigger size will often have a smaller range in air than a smaller particle of the same mass. It could also explain baryon asymmetry as I have clearly explained in this paper.
Your ideas are welcome.

The document you link to is not well written (you see this even at the level of the abstract). Moreover, it suggest that spin of a particle is associated with a rotation about some axis. Spin cannot be understood in that way.

 

The notion of the radius of a fundamental particle is a subtle one and usually one thinks in terms of an effective size based on how a given particle interacts with test particles.

 

I an not sure what else to say...

Please read this

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Moderator Note

 

 

Rule 2.7 precludes this tactic of discussion (people must be able to participate without clicking on links). If you want to talk about something, do it here.

 

It is an interesting topic for who is interested. So seems to me.

Your ideas are welcome.

If I cook the chicken that's in my fridge now, I can decide later whether to have chicken for my supper, or keep it and have it later in the week when I get back from work and don't really have time to cook it.

John, according to swansont's mod note, we shouldn't have to 'click' on your fridge to see if there is actually chicken there waiting to be cooked.

You should have already cooked it for all of us, so we can decide whether to eat it for supper, or later on in the week.